Network Technology (NTEC)
IP Subnetting
NTEC 103 3 Credits/Units
2.0 hours of lecture / 2.0 hours of lab
Prerequisite: CAP 42 (grade of "C" or higher) or placement into Math level 10
Covers the Internet Protocol (IP) numbering systems IPv4 and IPv6. Includes the following concepts: calculation and converting numbers between DECimal, BINary, and HEXadecimal number systems; understanding the meaning of IP numbers, the purpose/role of the various parts of the number, types/classes of numbers; understanding how to subnet these number ranges using both traditional and VLSM approaches; create supernets, summary routes, and hierarchical addressing schemes. [GE]
Introduction to Cybersecurity
NTEC 125 3 Credits/Units
2.0 hours of lecture / 2.0 hours of lab
Prerequisite: Concurrent enrollment in, or completion of NTEC 103 (grade of "C" or higher)
Builds an understanding of network security topics including how hacker attacks are carried out and how to select the right security solutions for each type of risk. Students learn to create clear and enforceable security policies and to keep them up to date; to establish reliable processes for responding to security advisories; to use encryption effectively and recognize its limitations; to secure networks with firewalls, routers, and other devices; and to prevent attacks aimed at wireless networks. [GE]
Cloud Computing Fundamentals
NTEC 142 3 Credits/Units
2.0 hours of lecture / 2.0 hours of lab
Prerequisite: Concurrent enrollment in, or completion of NTEC 103 (grade of "C" or higher)
Helps students prepare for the CompTIA Cloud Essentials certification by building an understanding of the following Cloud Computing topics: technical understanding of the foundations of Cloud Computing as compared to traditional IT; integrating Cloud Computing into IT infrastructure; creating economic value by implementing Cloud innovations; and integrating Cloud Computing into an organization's existing compliance, risk and regulatory framework. [GE]
Linux Essentials
NTEC 151 3 Credits/Units
2.0 hours of lecture / 2.0 hours of lab
Prerequisite: CAP 42 (grade of "C" or higher) or placement into Math level 10
Explores the basics of Linux, the world's most popular operating system. Includes system administration skills (using the command line, how to configure a computer running Linux, and basic networking), basic open source concepts. This course may help students prepare for attaining the LPI (Linux Professional Institute) Linux Essentials industry certification. [GE]
Network Scripting Fundamentals
NTEC 161 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 151 and NTEC 221 (grades of "C" or higher).
Network programming to build complex scripts that can easily scale to fit the needs of a network. Fundamentals of how to use libraries for SSH management of network hardware and write scripts to perform a number of network configurations. From a simple script with one connection and one command, to building a powerful script that can read multiple commands and multiple IPs from a file, prompt for user credentials, handle errors, and find specific devices. [GE]
Cooperative Work Experience
NTEC 199 1-6 Credits/Units
18.0 hours of clinical
Supervised work experience in an approved job. Completion of specific learning objectives and employee evaluation. [GE] [PNP]
Deploying Linux Server Services
NTEC 220 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 151 (grade of "C" or higher)
Knowledge and skills for using LINUX Server OS to setup LAN/WAN connections and authentication; and to explore features of the network operating systems, such as FTP, email, web server, file server, print server, remote desktop, DNS, DHCP, and users and groups. [GE]
Introduction to Networks
NTEC 221 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: Concurrent enrollment in, or completion of NTEC 103 (grade of "C" or higher)
Introduction to the architecture, structure, functions, components, and models of the Internet, and other computer networks. Fundamentals to build simple LANs, perform basic configurations for routers and switches, and implement IP addressing schemes. Part one of a three-course sequence to prepare for the Cisco CCNA Routing and Switching industry certification. [GE]
Switching, Routing, and Wireless Essentials
NTEC 222 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 221 (grade of "C" or higher)
Learn the architecture, components, and operations of routers and switches in an enterprise network, how to configure VLANs, routing protocols; troubleshoot routers and switches; resolve common issues with networks. Part two of a three-course sequence to prepare for the Cisco CCNA Routing and Switching industry certification. [GE]
Enterprise Networking, Security, and Automation
NTEC 223 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 222 (grade of "C" or higher)
Learn how to configure routers and switches for advanced functionality; to configure and troubleshoot routers and switches and resolve common issues in both IPv4 and IPv6 networks. Develop the knowledge and skills needed to manage a complex network. Part three of a three-course sequence to prepare for the Cisco CCNA Routing Switching industry certification. [GE]
Network Security
NTEC 225 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 125 (grade of "C" or higher).
Understand and use the most recent advancements in cybersecurity technology, terms, techniques, and tools, such as: automation, zero trust, risk analysis, operational technology, and IoT. Key skills for the ever-evolving cybersecurity landscape. This course may help students prepare for the CompTIA industry certification exam Security+. [GE]
Administering Windows Server Hybrid Core Infrastructure
NTEC 234 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 142 (grade of "C" or higher)
Students will learn to accomplish the following technical tasks: deploy and manage Active Directory Domain Services (AD DS) in on-premises and cloud environments; manage Windows Servers and workloads in a hybrid environment; manage virtual machines and containers; implement and manage an on-premises and hybrid networking infrastructure; and manage storage and file services. This course may help students prepare for the Microsoft industry certification exam AZ-800: Administering Windows Server Hybrid Core Infrastructure. [GE]
Windows Server Hybrid Advanced Services
NTEC 235 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 234 (grade of "C" or higher).
Students will learn to accomplish the following technical tasks: secure Windows Server on-premises and hybrid infrastructures; implement and manage Windows Server high availability; implement disaster recovery; migrate servers and workloads; and monitor and troubleshoot Windows Server environments. This course may help students prepare for the Microsoft industry certification exam AZ-801: Configuring Windows Server Hybrid Advanced Services.[GE]
Cybersecurity Defense Operations
NTEC 236 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 125, NTEC 151, and NTEC 221 (grades of "C" or higher).
Student will learn day-to-day, tactical knowledge and skills that Security Operations Center (SOC) teams need to detect and respond to cybersecurity threats. The course covers knowledge and skills related to security concepts, security monitoring, host-based analysis, network intrusion analysis, and security policies and procedures. This course may help students prepare for the Cisco industry certification exam CyberOps Associate. [GE]
Datacenter Virtualization Technology
NTEC 242 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 142 (grade of "C" or higher)
Fundamentals of server and desktop virtualization. Topics include practical and conceptual skills for understanding basic virtualization concepts, comparison of physical servers and virtualized servers, skills for planning and implementing datacenter virtualization, the virtualized approach to datacenters with functions and services of their components, plus the various components, concepts and skill-sets associated with virtualization. [GE]
Linux Administration 1
NTEC 252 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 151 (grade of "C" or higher)
Builds on the skills learned in NTEC 151 - Linux Essentials course. Covers the following: system architecture, Linux installation and package management, GNU and UNIX commands, devices, Linux file systems, and file system hierarchy standards.[GE]
Linux Administration 2
NTEC 253 5 Credits/Units
3.0 hours of lecture / 4.0 hours of lab
Prerequisite: NTEC 252 (grade of "C" or higher)
Builds on the skills learned in the NTEC 151 and NTEC 252. Covers the following: shells, scripting and data management, interfaces and desktops, administrative tasks, essential system services, networking fundamentals, and security. [GE]
Selected Topics
NTEC 280 1-6 Credits/Units
6.0 hours of lecture
Selected topics in Network Technology. Topics vary and course theme and content change to reflect new topics. Because the course varies in content, it is repeatable for credit. Individual topics are listed in the term class schedules. [GE]
Special Projects
NTEC 290 1-6 Credits/Units
6.0 hours of lecture
Opportunity to plan, organize, and complete special projects approved by the department. [GE]
Capstone Experience: Network Technologies
NTEC 297 3 Credits/Units
1.0 hours of lecture / 4.0 hours of lab
Department consent required for enrollment. This course will normally be taken during the final term of the program. Students will apply their skills on many topics covered in the other degree program courses. Students will complete a project in a team/small group setting as they create a network design proposal document, design an enterprise network to meet established user requirements, create detailed documentation plans for implementation, create a functional demo/mock-up, and make a final presentation to the class. This course will provide students a hands-on experience designing an enterprise network based on user requirements. Topics include all aspects of network planning, design, and troubleshooting. [GE]